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    • ALL COMPUTER, ELECTRONICS AND MECHANICAL COURSES AVAILABLE…. PROJECT GUIDANCE SINCE 2004. FOR FURTHER DETAILS CALL 9443117328

    project spares > Mechanical/Automobile

    project spares
    Mechanical/Automobile

    GEARLESS TRANSMISSION - ELBOW MECHANISM

    GEARLESS TRANSMISSION - ELBOW MECHANISM

    The Mechanism entitled Gearless power transmission is used to produce angular rotation using elbow mechanism. Normally for ninety degree rotation, we need a set of bevel gears. In this Mechanism, three elbow rods do the work of the two bevel gears. It requires two iron disks, three elbow rods, bearings, motor etc. The two iron disks are fixed with two bearings. In the two iron disks, three holes are made(ends of equilateral triangle) so that the rods can easily move to and fro inside the holes. The two bearings are fixed so that to face each other with ninety degree angle. The three rods are inserted with the three holes of the two iron disks. Now when one disk is rotated, the three rods will be move forward or backward accordingly to rotate the other disk. Thus we get a continuous rotation like the bevel gear operation.

    Product Code : MMM008
    Availbility : 10

    Price Rs. 4000/-

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    DATA SHEET

    The Mechanism entitled Gearless power transmission is used to produce angular rotation using elbow mechanism. Normally for ninety degree rotation, we need a set of bevel gears. In this Mechanism, three elbow rods do the work of the two bevel gears. It requires two iron disks, three elbow rods, bearings, motor etc. The two iron disks are fixed with two bearings. In the two iron disks, three holes are made(ends of equilateral triangle) so that the rods can easily move to and fro inside the holes. The two bearings are fixed so that to face each other with ninety degree angle. The three rods are inserted with the three holes of the two iron disks. Now when one disk is rotated, the three rods will be move forward or backward accordingly to rotate the other disk. Thus we get a continuous rotation like the bevel gear operation.

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